JPH0624719Y2 - Rotating magazine for toy guns - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial field of application) The present invention relates to a rotary magazine for a toy gun.

(Prior Art) A revolver toy gun has a structure in which a magazine for loading several bullets is rotated and loaded as shown in FIG. However, because the number of fired bullets is small, a new sight-type magazine is installed on the gun body so that a large number of bullets can be continuously fired.

(Technical problem) Although the former structure can be formed in a shape that looks exactly like the real thing, and the operation is the same as the real thing, only one shot can be fired for each cartridge, that is, one cartridge case, and it is exhausted by several shots. The latter can fire dozens of shots, but the sight cannot be removed, and since the magazine is a dummy, it cannot rotate.

An object of the present invention is to solve the above-mentioned drawbacks and problems, and to provide a magazine for a toy gun that can have a structure that is not different from that of an actual rotary magazine pistol, thereby making it possible to fire a large number of bullets. is there.

(Technical Means) In order to achieve the above-mentioned object, the present invention is to rotate a fixed angle by a movement of a feeding member interlocked with an operation of a trigger or the like, and to place a bullet loaded in a medicine chamber on a firing position on an axis passing through a barrel The rotary magazine for the toy gun to be located at is provided with a gas introduction port 3 communicating with the gun-side gas ejection port at the rear end of each drug chamber 2 provided around the axis of the magazine body 1, and a plurality of bullets are provided in the chamber. A storage chamber that can be loaded with 4 ... Spring 5 that pushes the bullet forward
The built-in, also form a gas passage 6 for guiding the gas flow to the forward drug chamber wall, the inner surface of Kusurishitsu front of the opening, pause it in contact with the first series 4 _1, joined by firing gas pressure An elastic stop ring 7 is attached to allow the second bullet 4 ₂ to pass therethrough, and a stopper 8 projecting into the medicine chamber between the first bullet 4 ₁ and the first bullet 4 ₁ for locking the second bullet 4 ₂ at the firing position. This means that it is incorporated in the main body 1.

(Embodiment) Referring to the drawings below, as shown in FIG. 1, the rotary magazine of the present invention has a shape and structure similar to those of a real gun, and the magazine body 1 is a gun body. 20 is detachably attached by the pod discharging member 21 and is rotatably attached to the central pivot shaft 9,
The feed pin 24 interlocked with the operation of the trigger 22 or the hammer 23 is rotated at a constant angle so that several drug chambers 2 are sequentially arranged at a firing position passing through the barrel 25.

The chambers 2 are axially provided at equal intervals on a circumference centered on the pivot 9 of the magazine body 1 and have a gas introduction port 3 at the rear end that communicates with the gas ejection port 26 of the gun body 20 at the firing position. And has a storage chamber in which several bullets 4 are loaded in one row,
A spring 5 is attached which pushes the bullet 4 forward using the rear end member 2a. The center hole of the mounting portion of the spring 5 is a gas introduction passage 13 that passes through the gas introduction port 3 and the gas passage 6 extending axially forward along the inner surface of the medicine chamber.

The front of the chamber is open, and the bullet 4 (first
A stop ring 7 is attached by a retaining ring 15 of a cap 14 so as to come into contact with the peripheral surface of the bullet 4 ₁ ) and temporarily stop it. The stop ring 7 is made of O- rings or the like having elasticity, it is possible to pass it when the firing gas pressure is applied to the first series 4 _1. The cap 14 is fitted in a recess 11 formed by recessing the front surface of the magazine body 1 so as to connect the drug chamber 2 and the central axial hole 10 to each other.
Although 12 is fixed to the pivot 9, the cap 14 is fixed to the magazine body 1 with a fastener 16 such as a screw or by press fitting, and rotates together with the magazine body 1.

Sheet 12 is fired bullets 2nd 4 ₂ or later gas pressure comprises a stopper 8 for preventing from being fired, first as the stopper 8 projects於Ru drug chamber to the firing position of the thin 12 Bullet 4
It is provided between ₁ and ₁ . 17 is an engaging hole at the center of the thin plate,
Engages with pivot 9 at notch 18. Reference numeral 19 denotes a mounting shaft for the pod discharging member 21 provided with the pivot 9. 27 is a projecting ring around the gas ejection port 26, which pressurizes the rear end of the medicine chamber at the firing position and slightly projects from the magazine body receiving surface 28 on the gun body side in order to eliminate gas leakage. 29 is a guide protrusion between the receiving surface 28 and the ring 27, 30
Is a hole for supporting the tip end of the pivot 10, and a member for removing the pivot 9 by the pod lever 31 is built in. 32 is an elastic body rotation stopping recessed portion, 33 is a spring-biased protruding piece for engaging with it, 34
Is a gas tank in the main body, and 35 is an external gas cylinder. Also
36 is a slidable rear end portion of the barrel 25, 37 is a spring for pushing the rear end portion 36 rearward, 38 is an engaging groove formed in the front opening portion of the cap 14, and the rear end portion of the barrel at the firing position. Engage with 36. In the present invention, the compressed gas means a compressed gas, and naturally includes compressed air.

(Operation) With the above-mentioned structure, in order to load the bullet 4, the pod lever 31
To remove the magazine body 1 and insert 1 into each chamber 2 from the front.
Pack each one. The packed bullet 4 is pushed by the spring 5, but is stopped by the stop ring 7 so that it does not come out before firing. Next, the gun body 20 and the magazine body 1
When any one of the drug chambers 2 reaches the firing position, it is stopped by the engagement of the recess 32, the projecting piece 33, the barrel rear end 36 and the engaging groove 38.

When the hammer 23 is pulled up in a single action type, the magazine body 1 rotates and the next drug chamber 2 comes to the firing position. At this time, the first bullet 4 ₁ firing position is located before the stopper 8, and the Kusurishitsu within 2 is suppressed as the stopper 8 does not pop the 2nd 4 ₂ below projects (Figure 3, (Fig. 4). Pulling the trigger 22 in this state, it is ejected compressed gas from tank 34 or the external gas cylinder 35 in the gun body, inlet 3, since the pressure once pressure to the first series 4 ₁ from the passage 6, the first
The bullet is momentarily spread over the stop ring 7, passes and is fired (solid line in FIG. 3).

Since the illustrated gun body 20 has a double action structure, the magazine body 1 is rotated and the bullet 4 is fired by the operation of pulling the trigger 22 without raising the hammer 23.

(Effect) Since the present invention is constructed as described above, it is possible to load a large number of bullets 4 in spite of the rotary magazine, so that a large number of bullets can be shot without immediately exhausting the bullets. barrage to effect capable of firing is obtained, the next bullet also reliably stopped by the stopper 8, always Vol.1 4 ₁ and Tsugidan 4 ₂ which hits the stop ring 7 is rotated magazine body 1 Since it is divided by the stopper 8 while it comes to the firing position, it is structurally simple, and it is possible to expect remarkable effects such as not impairing the appearance function of the revolver type pistol.

BRIEF DESCRIPTION OF THE DRAWINGS The drawings show an embodiment of the present invention. FIG. 1 is a side view of the entire gun body, FIG. 2 is a perspective view of a magazine mounting portion, and FIG. 3 is a longitudinal section of an elastic body. 4 and 5 are transverse sectional views and FIG. 5 is an exploded perspective view of the elastic body. 1 ... Magazine main body, 2 ... Medicine chamber, 3 ... Gas inlet, 4 ...
… Bullet, 5 …… Spring, 6 …… Gas passage, 7 …… Stop ring, 8 …… Stopper.

Claims (3)

[Scope of utility model registration request] 1. A rotary magazine for a toy gun, which is rotated at a constant angle by an operation of a feed member which is interlocked with an operation such as a trigger to position a bullet loaded in a medicine chamber at a firing position on an axis passing through a barrel. , A gas inlet 3 communicating with a gun-side gas ejection port is provided at the rear end of each drug chamber 2 provided around the axis of the magazine main body 1, and a plurality of bullets 4 ... Can be loaded in the drug chamber. accommodating chamber and to incorporate a spring 5 to press therein the projectile forward, also the gas passage 6 for guiding the gas flow to the front is formed in the drug chamber wall, the inner surface of Kusurishitsu front of the opening, in contact with the first series 4 ₁ This was paused Te, firing fitted with resilient stop ring 7 to pass when the gas pressure is applied, the first wave 4 ₁ to lock the second series 4 ₂ at a said firing position A timepiece for a toy gun characterized by incorporating a stopper 8 projecting into the medicine chamber between the magazine body 1 Magazine. 2. The magazine body 1 has a shaft hole 10 for rotatably mounting the magazine body 1 on a pivot 9, and engages with the pivot 9.
A thin plate placed at a fixed position with respect to the rotating magazine body 1.
2. The rotary magazine for a toy gun according to claim 1, wherein 12 is attached to the front of the magazine body 1, and a stopper 8 projects from a part of the thin plate 12. 3. The gas passage 6 is formed in a groove shape along both sides of the inner wall of the medicine chamber along the longitudinal direction, and the gas introduction passage 13 passing through the gas introduction port 3 and the gas passage 6 at the rear end of the medicine chamber 2. The rotary magazine for a toy gun according to claim 1, further comprising: